What question did this study set out to answer?

This article aims to re-evaluate the relationship between mass, energy, and space as part of a single dynamical entity.

July 3, 2026Open Access

The Space as a Dynamical Entity: A Functional Re-reading of the Mass–Energy–Space Equivalence Based on Consolidated Observational Evidence

Key Points

This article aims to re-evaluate the relationship between mass, energy, and space as part of a single dynamical entity.
Analyzes consolidated observational evidence including radiation pressure and time dilation.
Proposes a reinterpretation of fundamental physics based on this evidence.
Framework building around the Ontological Theory of Reality.
Offers a unified framework for understanding the interaction between mass, energy, and space.
Integrates concepts of radiation pressure and time dilation into a single model.

Abstract

This foundational article proposes a re-reading of fundamental physics, positing that mass, energy, and space are states of a single dynamical element. By reinterpreting consolidated evidence—such as radiation pressure, time dilation, and the spherical nature of celestial bodies—the work provides a unified framework for the mass-energy-space equivalence. This paper serves as a technical application of the principles established in the Ontological Theory of Reality.

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